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Hermann Weyl Hermann Klaus Hugo Weyl ForMemRS 1 bahasa Jerman vaɪl 9 November 1885 8 Desember 1955 adalah matematikawan

Hermann Weyl

Hermann Klaus Hugo Weyl, ForMemRS (bahasa Jerman: [vaɪl]; 9 November 1885 – 8 Desember 1955) adalah matematikawan, fisikawan teoretis, dan filsuf berkebangsaan Jerman. Meskipun hidupnya lebih banyak dihabiskan di Zürich, Swiss dan Princeton, ia mempunyai hubungan ke Universitas Göttingen dimana ia mempelajari matematika pada David Hilbert dan Hermann Minkowski. Penelitiannya mempunyai dampak besar pada fisika teori dan matematika seperti teori bilangan. Ia merupakan salah satu matematikawan terpenting abad 20 dan anggota utama Institute for Advanced Study di awal-awal berdirinya.

Hermann Weyl
LahirHermann Klaus Hugo Weyl
(1885-11-09)9 November 1885
Elmshorn, Jerman
Meninggal8 Desember 1955(1955-12-08) (umur 70)
Zurich, Swiss
AlmamaterUniversitas Göttingen
PenghargaanFellow of the Royal Society
Karier ilmiah
BidangFisika matematika
InstitusiInstitute for Advanced Study
Universitas Göttingen
ETH Zurich
Pembimbing doktoralDavid Hilbert
Mahasiswa doktoralAlexander Weinstein
Mahasiswa ternama lainSaunders Mac Lane
TerinspirasiEdmund Husserl
L. E. J. Brouwer
Tanda tangan

Topik yang dinamai dari Hermann Weyl Sunting

  • Spinor Majorana–Weyl
  • Dualitas Schur–Weyl
  • Aljabar Weyl
  • Basis Weyl untuk matriks gamma
  • Weyl chamber
  • Rumus karakter Weyl
  • Weyl's criterion
  • Weyl curvature
  • Weyl curvature hypothesis
  • Weyl dimension formula, a specialization of the character formula
  • Persamaan Weyl, persamaan gelombang relativistik
  • gravitasi Weyl
  • Weyl group
  • Weyl gauge
  • Pertidaksamaan Weyl
  • Integral Weyl
  • Hukum Weyl
  • Penjumlahan Weyl untuk hipoeliptisitas
  • Weyl's lemma on the "very weak" form of the Laplace equation
  • Modul Weyl
  • Notasi Weyl
  • Weyl ordering (Weyl transform)
  • Paradoks Weyl, properly the Grelling–Nelson paradox
  • Postulat Weyl
  • Kuantisasi Weyl
  • Skalar Weyl
  • Spinor Weyl
  • Penjumlahan Weyl, tipe penjumlahan eksponensial
  • Simetri Weyl
  • Weyl tensor
  • Weyl's theorem on complete reducibility
  • Transformasi Weyl
  • Weyl's unitary trick
  • Vektor Weyl
  • Teorema Peter–Weyl
  • Teorema Weyl–Schouten
  • Transformasi Weyl

Referensi Sunting

  1. ^ DOI:10.1098/rsbm.1957.0021
    Rujukan ini akan diselesaikan secara otomatis dalam beberapa menit. Anda dapat melewati antrian atau membuat secara manual
  2. DOI:10.1098/rsbm.1944.0006
    Rujukan ini akan diselesaikan secara otomatis dalam beberapa menit. Anda dapat melewati antrian atau membuat secara manual
  3. Notes to Hermann Weyl (Stanford Encyclopedia of Philosophy)
  4. Peter Pesic (ed.). Mind and Nature: Selected Writings on Philosophy, Mathematics, and Physics. Princeton University Press. hlm. 12. ISBN 9780691135458. To use the apt phrase of his son Michael, 'The Open World' (1932) contains “Hermann's dialogues with God” because here the mathematician confronts his ultimate concerns. These do not fall into the traditional religious traditions but are much closer in spirit to Spinoza's rational analysis of what he called "God or nature," so important for Einstein as well. ...In the end, Weyl concludes that this God “cannot and will not be comprehended” by the human mind, even though “mind is freedom within the limitations of existence; it is open toward the infinite." Nevertheless, “neither can God penetrate into man by revelation, nor man penetrate to him by mystical perception." 
  5. John J. O'Connor and Edmund F. Robertson. Hermann Weyl di MacTutor archive.
  6. Hermann Weyl di Mathematics Genealogy Project
  7. (Inggris) Karya atau profil mengenai Hermann Weyl di perpustakaan (katalog WorldCat)

Bacaan lebih lanjut Sunting

Primer Sunting

  • 1911. Über die asymptotische Verteilung der Eigenwerte 2013-08-01 di Wayback Machine., Nachrichten der Königlichen Gesellschaft der Wissenschaften zu Göttingen, 110–117 (1911).
  • 1913. Idee der Riemannflāche, 2d 1955. The Concept of a Riemann Surface. Addison–Wesley.
  • 1918. Das Kontinuum, trans. 1987 The Continuum: A Critical Examination of the Foundation of Analysis. ISBN 0-486-67982-9
  • 1918. Raum, Zeit, Materie. 5 edns. to 1922 ed. with notes by Jūrgen Ehlers, 1980. trans. 4th edn. Henry Brose, 1922 Space Time Matter, Methuen, rept. 1952 Dover. ISBN 0-486-60267-2.
  • 1923. Mathematische Analyse des Raumproblems.
  • 1924. Was ist Materie?
  • 1925. (publ. 1988 ed. K. Chandrasekharan) Riemann's Geometrische Idee.
  • 1927. Philosophie der Mathematik und Naturwissenschaft, 2d edn. 1949. Philosophy of Mathematics and Natural Science, Princeton 0689702078. With new introduction by Frank Wilczek, Princeton University Press, 2009, ISBN 978-0-691-14120-6.
  • 1928. Gruppentheorie und Quantenmechanik. transl. by H. P. Robertson, The Theory of Groups and Quantum Mechanics, 1931, rept. 1950 Dover. ISBN 0-486-60269-9
  • 1929. "Elektron und Gravitation I", Zeitschrift Physik, 56, pp 330–352. – introduction of the vierbein into GR
  • 1933. The Open World Yale, rept. 1989 Oxbow Press ISBN 0-918024-70-6
  • 1934. Mind and Nature U. of Pennsylvania Press.
  • 1934. "On generalized Riemann matrices," Ann. Math. 35: 400–415.
  • 1935. Elementary Theory of Invariants.
  • 1935. The structure and representation of continuous groups: Lectures at Princeton university during 1933–34.
  • Weyl, Hermann (1939), The Classical Groups. Their Invariants and Representations, Princeton University Press, ISBN 978-0-691-05756-9, MR 0000255 
  • Weyl, Hermann (1939b), "Invariants", Duke Mathematical Journal, 5 (3): 489–502, doi:10.1215/S0012-7094-39-00540-5, ISSN 0012-7094, MR 0000030 
  • 1940. Algebraic Theory of Numbers rept. 1998 Princeton U. Press. ISBN 0-691-05917-9
  • 1952. Symmetry. Princeton University Press. ISBN 0-691-02374-3
  • 1968. in K. Chandrasekharan ed, Gesammelte Abhandlungen. Vol IV. Springer.

Sekunder Sunting

  • ed. K. Chandrasekharan,Hermann Weyl, 1885–1985, Centenary lectures delivered by C. N. Yang, R. Penrose, A. Borel, at the ETH Zürich Springer-Verlag, Berlin, Heidelberg, New York, London, Paris, Tokyo – 1986, published for the Eidgenössische Technische Hochschule, Zürich.
  • Deppert, Wolfgang et al., eds., Exact Sciences and their Philosophical Foundations. Vorträge des Internationalen Hermann-Weyl-Kongresses, Kiel 1985, Bern; New York; Paris: Peter Lang 1988,
  • Ivor Grattan-Guinness, 2000. The Search for Mathematical Roots 1870-1940. Princeton Uni. Press.
  • Erhard Scholz; Robert Coleman; Herbert Korte; Hubert Goenner; Skuli Sigurdsson; Norbert Straumann eds. Hermann Weyl's Raum – Zeit – Materie and a General Introduction to his Scientific Work (Oberwolfach Seminars) (ISBN 3-7643-6476-9) Springer-Verlag New York, New York, N.Y.
  • Thomas Hawkins, Emergence of the Theory of Lie Groups, New York: Springer, 2000.
  • Kilmister, C. W. (October 1980), "Zeno, Aristotle, Weyl and Shuard: two-and-a-half millennia of worries over number", The Mathematical Gazette, The Mathematical Gazette, Vol. 64, No. 429, 64 (429): 149–158, doi:10.2307/3615116, JSTOR 3615116. 
  • In connection with the Weyl–Polya bet, a copy of the original letter together with some background can be found in: DOI:10.1007/BF01110732
    Rujukan ini akan diselesaikan secara otomatis dalam beberapa menit. Anda dapat melewati antrian atau membuat secara manual

Pranala luar Sunting

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Hermann Klaus Hugo Weyl ForMemRS 1 bahasa Jerman vaɪl 9 November 1885 8 Desember 1955 adalah matematikawan fisikawan teoretis dan filsuf berkebangsaan Jerman Meskipun hidupnya lebih banyak dihabiskan di Zurich Swiss dan Princeton ia mempunyai hubungan ke Universitas Gottingen dimana ia mempelajari matematika pada David Hilbert dan Hermann Minkowski Penelitiannya mempunyai dampak besar pada fisika teori dan matematika seperti teori bilangan Ia merupakan salah satu matematikawan terpenting abad 20 dan anggota utama Institute for Advanced Study di awal awal berdirinya 5 6 7 Hermann WeylLahirHermann Klaus Hugo Weyl 1885 11 09 9 November 1885Elmshorn JermanMeninggal8 Desember 1955 1955 12 08 umur 70 Zurich SwissAlmamaterUniversitas GottingenPenghargaanFellow of the Royal Society 1 Karier ilmiahBidangFisika matematikaInstitusiInstitute for Advanced StudyUniversitas GottingenETH ZurichPembimbing doktoralDavid Hilbert 2 Mahasiswa doktoralAlexander WeinsteinMahasiswa ternama lainSaunders Mac LaneTerinspirasiEdmund Husserl 3 L E J BrouwerTanda tangan Daftar isi 1 Topik yang dinamai dari Hermann Weyl 2 Referensi 3 Bacaan lebih lanjut 3 1 Primer 3 2 Sekunder 4 Pranala luarTopik yang dinamai dari Hermann Weyl SuntingSpinor Majorana Weyl Dualitas Schur Weyl Aljabar Weyl Basis Weyl untuk matriks gamma Weyl chamber Rumus karakter Weyl Weyl s criterion Weyl curvature Weyl curvature hypothesis Weyl dimension formula a specialization of the character formula Persamaan Weyl persamaan gelombang relativistik gravitasi Weyl Weyl group Weyl gauge Pertidaksamaan Weyl Integral Weyl Hukum Weyl Penjumlahan Weyl untuk hipoeliptisitas Weyl s lemma on the very weak form of the Laplace equation Modul Weyl Notasi Weyl Weyl ordering Weyl transform Paradoks Weyl properly the Grelling Nelson paradox Postulat Weyl Kuantisasi Weyl Skalar Weyl Spinor Weyl Penjumlahan Weyl tipe penjumlahan eksponensial Simetri Weyl Weyl tensor Weyl s theorem on complete reducibility Transformasi Weyl Weyl s unitary trick Vektor Weyl Teorema Peter Weyl Teorema Weyl Schouten Transformasi WeylReferensi Sunting a b DOI 10 1098 rsbm 1957 0021Rujukan ini akan diselesaikan secara otomatis dalam beberapa menit Anda dapat melewati antrian atau membuat secara manual DOI 10 1098 rsbm 1944 0006Rujukan ini akan diselesaikan secara otomatis dalam beberapa menit Anda dapat melewati antrian atau membuat secara manual Notes to Hermann Weyl Stanford Encyclopedia of Philosophy Peter Pesic ed Mind and Nature Selected Writings on Philosophy Mathematics and Physics Princeton University Press hlm 12 ISBN 9780691135458 To use the apt phrase of his son Michael The Open World 1932 contains Hermann s dialogues with God because here the mathematician confronts his ultimate concerns These do not fall into the traditional religious traditions but are much closer in spirit to Spinoza s rational analysis of what he called God or nature so important for Einstein as well In the end Weyl concludes that this God cannot and will not be comprehended by the human mind even though mind is freedom within the limitations of existence it is open toward the infinite Nevertheless neither can God penetrate into man by revelation nor man penetrate to him by mystical perception Parameter coauthors yang tidak diketahui mengabaikan author yang disarankan bantuan Parameter access date membutuhkan url bantuan John J O Connor and Edmund F Robertson Hermann Weyl di MacTutor archive Hermann Weyl di Mathematics Genealogy Project Inggris Karya atau profil mengenai Hermann Weyl di perpustakaan katalog WorldCat Bacaan lebih lanjut SuntingPrimer Sunting 1911 Uber die asymptotische Verteilung der Eigenwerte Diarsipkan 2013 08 01 di Wayback Machine Nachrichten der Koniglichen Gesellschaft der Wissenschaften zu Gottingen 110 117 1911 1913 Idee der Riemannflache 2d 1955 The Concept of a Riemann Surface Addison Wesley 1918 Das Kontinuum trans 1987 The Continuum A Critical Examination of the Foundation of Analysis ISBN 0 486 67982 9 1918 Raum Zeit Materie 5 edns to 1922 ed with notes by Jurgen Ehlers 1980 trans 4th edn Henry Brose 1922 Space Time Matter Methuen rept 1952 Dover ISBN 0 486 60267 2 1923 Mathematische Analyse des Raumproblems 1924 Was ist Materie 1925 publ 1988 ed K Chandrasekharan Riemann s Geometrische Idee 1927 Philosophie der Mathematik und Naturwissenschaft 2d edn 1949 Philosophy of Mathematics and Natural Science Princeton 0689702078 With new introduction by Frank Wilczek Princeton University Press 2009 ISBN 978 0 691 14120 6 1928 Gruppentheorie und Quantenmechanik transl by H P Robertson The Theory of Groups and Quantum Mechanics 1931 rept 1950 Dover ISBN 0 486 60269 9 1929 Elektron und Gravitation I Zeitschrift Physik 56 pp 330 352 introduction of the vierbein into GR 1933 The Open World Yale rept 1989 Oxbow Press ISBN 0 918024 70 6 1934 Mind and Nature U of Pennsylvania Press 1934 On generalized Riemann matrices Ann Math 35 400 415 1935 Elementary Theory of Invariants 1935 The structure and representation of continuous groups Lectures at Princeton university during 1933 34 Weyl Hermann 1939 The Classical Groups Their Invariants and Representations Princeton University Press ISBN 978 0 691 05756 9 MR 0000255 Weyl Hermann 1939b Invariants Duke Mathematical Journal 5 3 489 502 doi 10 1215 S0012 7094 39 00540 5 ISSN 0012 7094 MR 0000030 1940 Algebraic Theory of Numbers rept 1998 Princeton U Press ISBN 0 691 05917 9 1952 Symmetry Princeton University Press ISBN 0 691 02374 3 1968 in K Chandrasekharan ed Gesammelte Abhandlungen Vol IV Springer Sekunder Sunting ed K Chandrasekharan Hermann Weyl 1885 1985 Centenary lectures delivered by C N Yang R Penrose A Borel at the ETH Zurich Springer Verlag Berlin Heidelberg New York London Paris Tokyo 1986 published for the Eidgenossische Technische Hochschule Zurich Deppert Wolfgang et al eds Exact Sciences and their Philosophical Foundations Vortrage des Internationalen Hermann Weyl Kongresses Kiel 1985 Bern New York Paris Peter Lang 1988 Ivor Grattan Guinness 2000 The Search for Mathematical Roots 1870 1940 Princeton Uni Press Erhard Scholz Robert Coleman Herbert Korte Hubert Goenner Skuli Sigurdsson Norbert Straumann eds Hermann Weyl s Raum Zeit Materie and a General Introduction to his Scientific Work Oberwolfach Seminars ISBN 3 7643 6476 9 Springer Verlag New York New York N Y Thomas Hawkins Emergence of the Theory of Lie Groups New York Springer 2000 Kilmister C W October 1980 Zeno Aristotle Weyl and Shuard two and a half millennia of worries over number The Mathematical Gazette The Mathematical Gazette Vol 64 No 429 64 429 149 158 doi 10 2307 3615116 JSTOR 3615116 In connection with the Weyl Polya bet a copy of the original letter together with some background can be found in DOI 10 1007 BF01110732Rujukan ini akan diselesaikan secara otomatis dalam beberapa menit Anda dapat melewati antrian atau membuat secara manualPranala luar Sunting nbsp Wikiquote memiliki koleksi kutipan yang berkaitan dengan Hermann Weyl National Academy of Sciences biography Bell John L Hermann Weyl on intuition and the continuum Feferman Solomon Significance of Hermann Weyl s das Kontinuum Straub William O Hermann Weyl Website PersondataNama Weyl Hermann Klaus HugoNama alternatifDeskripsi singkat German mathematicianTanggal lahir November 9 1885Tempat lahir Elmshorn GermanyTanggal kematian December 8 1955Tempat kematian Zurich Switzerland Diperoleh dari https id wikipedia org w index php title Hermann Weyl amp oldid 18596193